Difference between revisions of "Msc2G2:Frontpage"

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(Macro Scale)
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=='''MIDTERM REVIEW'''==
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<gallery widths=200px heights=120px perrow=3>
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image:Midterm 2.jpg
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image:Scalable_porosity_idea1.jpg | Scalable porosity
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image:Midterm 1.jpg| Scales
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image:Time cycles1.jpg| Time Cycles
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image:Midterm 5.jpg |The Architectural Scale
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image:Project Site Google Earth.jpg | Site Height Data
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image:Project Site Sunlight Data.png | Site Sunlight Data
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image:steps.jpg | Generating Geometry
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image:Geometry From Curves.png | Geometry From Curves
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image:Geometry From Curves Analysis.png | Geometry From Curves Analysis
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image:Architectural Impression00.jpg | Architectural Impressions
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image:Geometry From Curves Alternative.png | Geometry From Curves Alternative
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image:Student Activity front.jpg| Student Activity
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image:Activity1.jpg | Student 1
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image:Activity a.jpg | Student 2
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image:Activity s.jpg | Student 3
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image:Activity r.jpg | Student 4
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image:Activity all1.jpg | Combined activities
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image:Students_activity.jpg | Time-function related activity
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image:Midterm 42.jpg| Element Scale
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image:Geometry From Lines.png| Element Geometry
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image:Element level2.jpg | Element page2
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image:Element level1.jpg | Element page1
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image:element applications.jpg | Architectural Impressions
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image:Architectural Impression2.jpg | Architectural Impressions
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image:Abstract Window Porosity 1.png | Abstract Window Porosity 1
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image:Abstract Window Porosity 2.png | Abstract Window Porosity 2
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image:Attractor Point Layer 1.jpg | Attractor Point Layer 1
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image:Attractor Point Layer 2.jpg | Attractor Point Layer 2
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image:Attractor Point Layer 3.jpg | Attractor Point Layer 3
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image:Attractor Point Layer 4.jpg | Attractor Point Layer 4
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image:Bioplastic.jpg | Bioplastic
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IMAGE:Non_newtonian.jpg | Non newtonian fluid
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</gallery>
  
 
=='''Analysis'''==
 
=='''Analysis'''==

Revision as of 09:08, 13 May 2015


TITLE1.jpg

Variation explores possibilities to purposefully differentiate and scale matter depositions/accumulations from Macro to Micro scales. This implies that in this project we are aiming at designing novel processes and solutions for introducing performative and scalable topological variation / porosity / density that will be producible with a specific / customized robotic production process.

Students: Ralph Cloot | Siqi Fan | Blanka Omari | Apurva Singh


MIDTERM REVIEW

Analysis

Macro Scale

Macro Scale Porosity 1

Macro Scale Porosity 2

Macro Scale Porosity 3

Meso Scale

Micro Scale

Material Transparency